Results of 1 - 10 of about 55 for states (0.004 sec.)
- 4. 実行モデル — Python 3.14.8 ドキュメント 11634
- ナビゲーション 索引 モジュール | 次へ | 前へ | Python » 3.14.8 Documentation » Python 言語リファレンス » 4. 実行モデル テーマ 自動 ライト ダーク | 4. 実行モデル ¶ 4.1. プログラムの構造 ¶ Python プログラムはコードブロックから構成されます。 ブ
...e of each. The runtime may grow to include multiple interpreters, and each interpreter may grow to include multiple thread states. 注釈 A Python implementation won't necessarily implement the runtime layers distinctly or even concretely. The only excep...d, such as handling signals. As a whole, the Python runtime consists of the global runtime state, interpreters, and thread states. The runtime ensures all that state stays consistent over its lifetime, particularly when used with multiple host threads....xample, each interpreter has its own sys.modules . For thread-specific runtime state, each interpreter has a set of thread states, which it manages, in the same way the global runtime contains a set of interpreters. It can have thread states for as man... - https://man.mtool.work/python/3.14/reference/executionmodel.html
- 4. 実行モデル — Python 3.14.8 ドキュメント 11634
- ナビゲーション 索引 モジュール | 次へ | 前へ | Python » 3.14.8 Documentation » Python 言語リファレンス » 4. 実行モデル テーマ 自動 ライト ダーク | 4. 実行モデル ¶ 4.1. プログラムの構造 ¶ Python プログラムはコードブロックから構成されます。 ブ
...e of each. The runtime may grow to include multiple interpreters, and each interpreter may grow to include multiple thread states. 注釈 A Python implementation won't necessarily implement the runtime layers distinctly or even concretely. The only excep...d, such as handling signals. As a whole, the Python runtime consists of the global runtime state, interpreters, and thread states. The runtime ensures all that state stays consistent over its lifetime, particularly when used with multiple host threads....xample, each interpreter has its own sys.modules . For thread-specific runtime state, each interpreter has a set of thread states, which it manages, in the same way the global runtime contains a set of interpreters. It can have thread states for as man... - https://man.mtool.work/python/3.14/reference/executionmodel.html
- Initialization, finalization, and threads — Python 3.14.8 ドキュメント 10939
- ナビゲーション 索引 モジュール | Python » 3.14.8 Documentation » Initialization, finalization, and threads テーマ 自動 ライト ダーク | Initialization, finalization, and threads ¶ This page has been split up into the following: インタープリタ
...の初期化と終了処理 Thread states and the global interpreter lock 同期プリミティブ Thread-local storage support Multiple interpreters in a Python process Pr...filing and tracing 関連キーワード Thread Initialization finalization threads page split up following インタープリタ 初期化 states the global interpreter lock 同期 local storage support Multiple interpreters This page Report a bug Improve this page Show... - https://man.mtool.work/python/3.14/c-api/init.html
- Initialization, finalization, and threads — Python 3.14.8 ドキュメント 10939
- ナビゲーション 索引 モジュール | Python » 3.14.8 Documentation » Initialization, finalization, and threads テーマ 自動 ライト ダーク | Initialization, finalization, and threads ¶ This page has been split up into the following: インタープリタ
...の初期化と終了処理 Thread states and the global interpreter lock 同期プリミティブ Thread-local storage support Multiple interpreters in a Python process Pr...ofiling and tracing 関連キーワード Thread Initialization finalization threads split following インタープリタ 初期化 states the global interpreter lock 同期 local storage support Multiple interpreters process Profiling tracing This page Report a... - https://man.mtool.work/python/3.14/c-api/init.html
- Thread Safety Guarantees — Python 3.14.8 ドキュメント 10481
- ナビゲーション 索引 モジュール | 次へ | 前へ | Python » 3.14.8 Documentation » Python built-ins reference » Thread Safety Guarantees テーマ 自動 ライト ダーク | Thread Safety Guarantees ¶ This page documents thread-safety guarantees for bui
...must only be called from a single thread throughout the program's lifetime. Example: a function that modifies process-wide state such as signal handlers or environment variables, where concurrent calls from any threads, even with external locking, can...do not block concurrent modifications. Other operations that hold a lock will not block these from observing intermediate states. All other operations from here on block using the per-object lock . Writing a single item via lst[i] = x is safe to call...threads cannot observe elements being removed. The sort() method is not atomic . Other threads cannot observe intermediate states during sorting, but the list appears empty for the duration of the sort. The following operations may allow lock-free oper... - https://man.mtool.work/python/3.14/builtins/threadsafety.html
- Thread Safety Guarantees — Python 3.14.8 ドキュメント 10481
- ナビゲーション 索引 モジュール | 次へ | 前へ | Python » 3.14.8 Documentation » Python built-ins reference » Thread Safety Guarantees テーマ 自動 ライト ダーク | Thread Safety Guarantees ¶ This page documents thread-safety guarantees for bui
...must only be called from a single thread throughout the program's lifetime. Example: a function that modifies process-wide state such as signal handlers or environment variables, where concurrent calls from any threads, even with external locking, can...do not block concurrent modifications. Other operations that hold a lock will not block these from observing intermediate states. All other operations from here on block using the per-object lock . Writing a single item via lst[i] = x is safe to call...threads cannot observe elements being removed. The sort() method is not atomic . Other threads cannot observe intermediate states during sorting, but the list appears empty for the duration of the sort. The following operations may allow lock-free oper... - https://man.mtool.work/python/3.14/builtins/threadsafety.html
- Thread states and the global interpreter lock — Python 3.14.8 ドキュメント 9313
- ナビゲーション 索引 モジュール | 次へ | 前へ | Python » 3.14.8 Documentation » Python/C API reference manual » Thread states and the global interpreter lock テーマ 自動 ライト ダーク | Thread states and the global interpreter lock ¶ Unless
...Thread ( PyThreadState * tstate ) ¶ 次に属します: Stable ABI . Set the attached thread state to tstate . The passed thread state should not be attached , otherwise deadlock ensues. tstate will be attached upon returning. 注釈 Calling this function from...removed. void PyThreadState_Delete ( PyThreadState * tstate ) ¶ 次に属します: Stable ABI . Destroy a thread state object. tstate should not be attached to any thread. tstate must have been reset with a previous call to PyThreadState_Clear() . void PyTh....11. void PyThreadState_LeaveTracing ( PyThreadState * tstate ) ¶ Resume tracing and profiling in the Python thread state tstate suspended by the PyThreadState_EnterTracing() function. See also PyEval_SetTrace() and PyEval_SetProfile() functions. Added... - https://man.mtool.work/python/3.14/c-api/threads.html
- Thread states and the global interpreter lock — Python 3.14.8 ドキュメント 9313
- ナビゲーション 索引 モジュール | 次へ | 前へ | Python » 3.14.8 Documentation » Python/C API reference manual » Thread states and the global interpreter lock テーマ 自動 ライト ダーク | Thread states and the global interpreter lock ¶ Unless
...Thread ( PyThreadState * tstate ) ¶ 次に属します: Stable ABI . Set the attached thread state to tstate . The passed thread state should not be attached , otherwise deadlock ensues. tstate will be attached upon returning. 注釈 Calling this function from...removed. void PyThreadState_Delete ( PyThreadState * tstate ) ¶ 次に属します: Stable ABI . Destroy a thread state object. tstate should not be attached to any thread. tstate must have been reset with a previous call to PyThreadState_Clear() . void PyTh....11. void PyThreadState_LeaveTracing ( PyThreadState * tstate ) ¶ Resume tracing and profiling in the Python thread state tstate suspended by the PyThreadState_EnterTracing() function. See also PyEval_SetTrace() and PyEval_SetProfile() functions. Added... - https://man.mtool.work/python/3.14/c-api/threads.html
- Monitoring C API — Python 3.14.8 ドキュメント 8397
- ナビゲーション 索引 モジュール | 次へ | 前へ | Python » 3.14.8 Documentation » Python/C API reference manual » Monitoring C API テーマ 自動 ライト ダーク | Monitoring C API ¶ Added in version 3.13. An extension may need to interact with the
...nsion to fire monitoring events as it emulates the execution of Python code. Each of these functions accepts a PyMonitoringState struct which contains concise information about the activation state of events, as well as the event arguments, which inclu...Otherwise, a new StopIteration instance is created with value as its argument. Managing the Monitoring State ¶ Monitoring states can be managed with the help of monitoring scopes. A scope would typically correspond to a Python function. int PyMonitori...nitialized to 0, and then set only by PyMonitoring_EnterScope() itself. It allows this function to determine whether event states have changed since the previous call, and to return quickly if they have not. The scopes referred to here are lexical scop... - https://man.mtool.work/python/3.14/c-api/monitoring.html
- Monitoring C API — Python 3.14.8 ドキュメント 8397
- ナビゲーション 索引 モジュール | 次へ | 前へ | Python » 3.14.8 Documentation » Python/C API reference manual » Monitoring C API テーマ 自動 ライト ダーク | Monitoring C API ¶ Added in version 3.13. An extension may need to interact with the
...nsion to fire monitoring events as it emulates the execution of Python code. Each of these functions accepts a PyMonitoringState struct which contains concise information about the activation state of events, as well as the event arguments, which inclu...Otherwise, a new StopIteration instance is created with value as its argument. Managing the Monitoring State ¶ Monitoring states can be managed with the help of monitoring scopes. A scope would typically correspond to a Python function. int PyMonitori...nitialized to 0, and then set only by PyMonitoring_EnterScope() itself. It allows this function to determine whether event states have changed since the previous call, and to return quickly if they have not. The scopes referred to here are lexical scop... - https://man.mtool.work/python/3.14/c-api/monitoring.html